Alpha Void Information Ontology It from Alpha Void: An Information-Theoretic Ontology of Charge, Deviation, and Emergence Paper one

Alpha Void Information Ontology (AVIO): A Minimal Geometric Foundation of Physics This work presents the Alpha Void Information Ontology (AVIO), a minimal, fully geometric framework in which all physical reality emerges from quantized deviations from a single ground state of pure nothingness — the Alpha Void. Built on five primitives — the 1D Alpha Void Tear, deviation duality, Greer Tax, marginal stability, and integer cycle closure — AVIO derives quantization, rest mass, the preferred eccentricity \ (e₀ = 1/2\), temperature-time duality via unified Greer’s Law, particle structures through helical locking, and gravity as collective refractive strain in flat space. The theory is strictly information-theoretic, consistent with Wheeler’s “It from Bit, ” and requires no tuning to experimental data. Key advances in v1. 2: - Clean, derived eccentricity \ (e₀ = 1/2\) (no transcendental tuning) - Unified Greer’s Law combining kinematic (outer-layer) and thermodynamic forms- Explicit mechanical derivations of coupling constants (β, γ, C) - Strengthened Newton’s Cradle picture for strong/weak interactions and nuclear processes- Consistent treatment across the full paper series (Papers 9–10 and Master Reference Document) The ontology provides intuitive explanations for confinement, mass generation, fine-structure stability, black hole information resolution, and temperature-dependent effects, while generating multiple distinctive, testable predictions. This upload includes the main foundational paper (revised), core framework summary, wave equation, and Appendix of predictions.